Consider a Solovian economy with , population (no growth), initial capital , saving half of income, and depreciation within one period. The steady-state value of aggregate capital stock is
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Consider a Solovian economy with , population (no growth), initial capital , saving half of income, and depreciation within one period. The steady-state value of aggregate capital stock is
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Consider a Solovian economy with Yₜ = Kₜ^(1/2) Nₜ^(1/2), population 100 (no growth), initial capital 9, saving half of income, and 100% depreciation within one period. The steady-state value of aggregate capital stock is (A) 9 (B) 25 (C) 2.5 (D) 10
Also written as: Consider a Solovian economy with Y_t = K_t^(1/2) N_t^(1/2), population 100 (no growth), initial capital 9, saving half of income, and 100% depreciation within one period. The steady-state value of aggregate capital stock is
Harrod–Domar and Solow growth models has come up 113 times in 7 exams since 2006.
This question is on The Solow model and its steady state, part of Harrod–Domar and Solow growth models in Economics of Growth and Development.
Growth with substitutable factors: capital per worker settles where saving covers depreciation and dilution.
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Question from the DSE 2018 paper. Solutions are TestStop's own. Not affiliated with or endorsed by any examination authority.